首页> 外文会议>ACS Symposium Series 914; American Chemical Society(ACS) National Meeting; 20030907-11; New York,NY(US) >Fuel Processing in Catalytically Coated Microreactors for Low-Power Fuel Cell Applications
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Fuel Processing in Catalytically Coated Microreactors for Low-Power Fuel Cell Applications

机译:用于低功率燃料电池应用的催化涂层微反应器中的燃料处理

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摘要

A number of state-of-the-art low power fuel cell systems for portable applications and for stand-alone auxiliary power units exist. The commercialisation of the portable power systems based on direct methanol fuel cells is foreseen by the various companies to be on average within 2005 even though what is predominantly available to-date are prototypes. Based on some recent press releases not all technical problems seem to have been resolved thus leading in some cases to a further delay in market releases. As the demand for even higher power output grows, the typical power density of direct methanol fuel cells may well prove to be insufficient. Thus, processing of various fuels such as methanol and propane to clean hydrogen continues to play a role in low power fuel cell applications (< 200 W). The work carried out at IMM within this field is summarised here.
机译:存在许多用于便携式应用和独立辅助功率单元的最新的低功率燃料电池系统。许多公司预计基于直接甲醇燃料电池的便携式电源系统的商业化将平均在2005年之内,尽管迄今为止主要可用的是原型。根据最近的一些新闻稿,似乎并非所有的技术问题都得到了解决,因此在某些情况下导致市场新闻稿的进一步延迟。随着对更高功率输出的需求增长,直接甲醇燃料电池的典型功率密度可能会被证明不足。因此,在低功率燃料电池应用(<200 W)中,处理各种燃料(例如甲醇和丙烷)以清洁氢气继续发挥作用。这里总结了IMM在该领域内开展的工作。

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